Experiment: Heat pumps, Basic equipment (230 V, 50/60 Hz)

Experiment: Heat pumps, Basic equipment (230 V, 50/60 Hz), 8000599 [UE2060300-230], Thermodynamic cycles
£ 5,253.12 (includes VAT at standard rate)
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Objective: Record and analyse the pressure-enthalpy diagram for a compression heat pump

An electric compression heat pump consists of a compressor with a drive motor, a condenser, an expansion valve and an evaporator. Its functioning is based on a cyclical process with phase transition, through which the working medium in the pump passes; ideally, this process can be divided into the four steps comprising compression, liquefaction, depressurisation and evaporation. The theoretical performance coefficient of an ideal cyclical process can be calculated from the specific enthalpies h1, h2 and h3 read from a Mollier diagram. Determining the enthalpies h2 and h3 of an ideal cyclical process and the quantity of heat ΔQ2 supplied to the hot water reservoir per time interval Δt makes it possible to estimate the mass flow of the working medium.

Additionally recommended: Supplement UE2060300S.

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Heat Pump D (@ 230 V, 60 Hz), 1022618, Cyclic Processes

Heat Pump D (@ 230 V, 60 Hz)

1022618
Unit price
£ 4,242.60
Temperature Sensor NTC with Measurement Terminal, 1021797 [U8558010], Sensors for Physics

Temperature Sensor NTC with Measurement Terminal

1021797 [U8558010]
Unit price
£ 104.28
VinciLab 2, 1021477 [UCMA-001], Data logger

VinciLab 2

1021477 [UCMA-001]
Unit price
£ 593.40
Item No.: 8000599 [UE2060300-230]
Brand 3B Scientific
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